Smith-predictor-based variable-universe fuzzy position control for hydraulic active suspension
Published online on April 15, 2026
Abstract
Proceedings of the Institution of Mechanical Engineers, Part C: Journal of Mechanical Engineering Science, Ahead of Print.
In view of the common problems of time delay, nonlinearity, multi-parameter coupling, and external disturbances in vehicle hydraulic active suspension systems, a Smith-predictor-based variable-universe fuzzy self-tuning PID position control strategy (...
In view of the common problems of time delay, nonlinearity, multi-parameter coupling, and external disturbances in vehicle hydraulic active suspension systems, a Smith-predictor-based variable-universe fuzzy self-tuning PID position control strategy (...